Prospera PRO series negative pressure wound care

The negative pressure wound therapy systems is designed to advance the art and science of NPWT for clinicians and patients. The PRO-II™ and PRO-III™ are engineered specifically for use with NPWT and provide ease of use and flexibility for clinicians, cost effective outcomes and perhaps most importantly it is designed to put the needs of patients first.

Demonstration Videos

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SPECIFICATIONS

TECHNICAL DATA
REIMBURSEMENT
PRO-II® & PRO-III®
Air-flow rate of pump
• 8 liters/min
Negative pressure
• Max. –200mmHg (Conversion factor: 1kPa ~ 7.5mmHg)
Collection canister (PRO-III®)
• Disposable canister systems
Suction tubing (PRO-III®)
• Various drainage systems, depending on supplier and
specific applications. Type and kind of use are determined
by the medical staff.
Nominal voltage of power supply adapter
• 100–240V primary, 12VDC secondary
Power requirements
• 100–240V, 50/60Hz, 45W
Maximum load current
• 1.25 A
Rechargeable battery
• 7.4V, 4.4Ah – lithium-ion battery
Charging time of
• empty battery 6 – 7 hours
• half empty battery 3 – 3.5 hours
PRO-II® dimensions (W x H x D)
• 8.4″ x 6.5″ x 3.5″
PRO-III® dimensions (W x H x D)
• 11.4” x 10.2” + 3.9” (canister) x 5.1”
PRO-II® weight (basic unit)
• 1.3kg (2.65 lbs.), with canister
PRO-III® weight (basic unit)
• 1.8kg (3.97 lbs.)
Operating time
• AC operation: continuous operation
• DC operation: approx. 24 – 48 hours, depending on use

USER MANUAL

User Manual

Start Guide

FREQUENTLY ASKED QUESTIONS

Helpful Hints

ver the span of a century, researchers and clinicians have described improved wound healing with adjunctive NPWT. In practice, the benefits and goals of removing excessive exudate from purulent wounds through vacuum assisted drainage have grown to include:
• Reduction of painful dressing changes
• Increased blood flow
• Maintenance of a moist wound environment
• Establishment of fluid balance
• Reduction of edema
• Increased growth factors
• Positive effects on leukocytes and fibroblasts
• Removal of slough
• Improved wound stability
• Prevention of maceration

Recent research and expanding clinical experience aim to more fully explain the underlying mechanisms by which NPWT confers its benefits, and to optimize treatment protocols.

In general, there is increased dialogue among wound care specialists about:
• The use of lower negative pressure settings in general than traditionally applied
• The use of different pressure recommendations for different types of tissue
• The potential benefits of using variable pressure therapy and inte

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